[50 marks] Question 2 Observe the reaction below and calculate AHR at 700 C. 90C 70%...

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[50 marks] Question 2 Observe the reaction below and calculate AHR at 700° C. 90°C 70% C2H4 (g) 30% N2 C2H4 (g) + HCI (g) CH3CH2CI (g) 700°C 9000 kg/h CH3CH2CI (g) 150°C 10% H2O (g) 90% HCI ( 60% excess) 18 CHF2601/101/0/2020 Data: C (s) + O2 (g) → CO (g) AH°R = -110.52 kJ/gmol CO (g) + O2 (g)→ CO2 (g) AH°R = -282.99 kJ/gmol AH°r (H2O liq) = -285.84 kJ/gmol %3D AH°r (CH3CH2CI gas) = -110.52 kJ/gmol AH°i (HCI gas) = -92.311 kJ/gmol Spreducls) %3D DHR AH°C (C2H4 gas) = -1410.99 kJ/gmol Creatan's %3D Cp (C2H4 gas) = 40.75 + 0.1147 T- 0.00006891 T2 J/gmol.K [with T in Kelvin] %3D Cp, ave (CH3CH2CI gas) = 123.287 J/gmol.K [valid for 0-1000°C] [valid for 0-800°C] Cp, ave (HCI gas) = 33.1458 J/gmol.K [25 MARKS] [50 marks] Question 2 Observe the reaction below and calculate AHR at 700° C. 90°C 70% C2H4 (g) 30% N2 C2H4 (g) + HCI (g) CH3CH2CI (g) 700°C 9000 kg/h CH3CH2CI (g) 150°C 10% H2O (g) 90% HCI ( 60% excess) 18 CHF2601/101/0/2020 Data: C (s) + O2 (g) → CO (g) AH°R = -110.52 kJ/gmol CO (g) + O2 (g)→ CO2 (g) AH°R = -282.99 kJ/gmol AH°r (H2O liq) = -285.84 kJ/gmol %3D AH°r (CH3CH2CI gas) = -110.52 kJ/gmol AH°i (HCI gas) = -92.311 kJ/gmol Spreducls) %3D DHR AH°C (C2H4 gas) = -1410.99 kJ/gmol Creatan's %3D Cp (C2H4 gas) = 40.75 + 0.1147 T- 0.00006891 T2 J/gmol.K [with T in Kelvin] %3D Cp, ave (CH3CH2CI gas) = 123.287 J/gmol.K [valid for 0-1000°C] [valid for 0-800°C] Cp, ave (HCI gas) = 33.1458 J/gmol.K [25 MARKS]

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We need to find heat of reaction at 700 o C for given reaction H r H f CH 3 CH 2 Cl H f HCl H f C 2 ... View the full answer